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1
Materials Science and Engineering of Carbon: Fundamentals, Second Edition
Butterworth-Heinemann
Michio Inagaki Ph.D.
,
Feiyu Kang Ph.D.
graphite
materials
fibers
carbons
temperature
shown
figure
carbonization
surface
particles
layers
density
prepared
pore
pores
fiber
inagaki
graphitization
intercalation
adsorption
compounds
ρ0
htt
films
δρ
coke
orientation
activated
mass
exfoliated
treated
d002
hydrogen
temperatures
engineering
observed
formed
courtesy
phys
obtained
atoms
nanotexture
mesophase
thermal
formation
japanese
layer
bulk
capacitance
mater
年:
2014
语言:
english
文件:
PDF, 61.70 MB
您的标签:
4.0
/
4.0
english, 2014
2
Materials Science and Engineering of Carbon: Fundamentals
Elsevier Inc, Butterworth-Heinemann
Michio Inagaki and Feiyu Kang (Auth.)
graphite
materials
fibers
temperature
shown
carbons
figure
carbonization
surface
particles
layers
density
prepared
pore
pores
fiber
inagaki
intercalation
adsorption
graphitization
compounds
htt
films
coke
orientation
mass
activated
exfoliated
treated
d002
temperatures
hydrogen
ρ0
δρ
observed
engineering
formed
courtesy
phys
obtained
atoms
nanotexture
mesophase
thermal
formation
japanese
layer
bulk
capacitance
mater
年:
2014
语言:
english
文件:
PDF, 42.08 MB
您的标签:
5.0
/
5.0
english, 2014
3
Tunable wettability and pH-responsiveness of plasma copolymers of acrylic acid and octafluorocyclobutane
Iqbal Muzammil
plasma
c4f8
coatings
polymer
surface
ldpe
carboxylic
rate
figure
swca
monomer
wettability
copolymer
sccm
responsive
chemical
surfaces
groups
nanotextured
coating
increase
deposition
feed
ratio
c1s
responsiveness
spectra
ftir
observed
peak
presented
angle
shows
fluorocarbon
hydrophilic
muzammil
tunable
copolymers
switchable
effect
hydrophobic
hysteresis
ratios
stretching
absorbance
cf2
cf3
deposited
droplet
grant
语言:
english
文件:
PDF, 2.62 MB
您的标签:
0
/
0
english
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